Description:
Max bowl speed 15,000 RPM, separator design, rated @ 225 GPH. 2 HP motor 440/3/60/3510 RPM, belt guard and brake assemblies. Very good condition.
The Sharples AE-14VN2P Super centrifuge, 316SS. is engineered for optimal performance in demanding industrial applications. With a maximum bowl speed of 15,000 RPM, this centrifuge is designed to efficiently separate liquids from solids, making it an invaluable asset in processes such as chemical, pharmaceutical, and food processing. The separator design enhances its capacity, allowing it to handle a rated throughput of 225 gallons per hour (GPH). This high-speed operation ensures that your production processes remain efficient and effective, minimizing downtime and maximizing output.
Equipped with a robust 2 HP motor operating at 440 volts, 3-phase, and 60 Hz, the Sharples AE-14VN2P delivers reliable performance even under continuous operation. The motor's speed of 3510 RPM ensures that the centrifuge maintains its high efficiency while providing the necessary torque for demanding applications. Additionally, the inclusion of a belt guard and brake assemblies enhances safety during operation, protecting both the equipment and personnel. The centrifuge is constructed from 316 stainless steel, which not only provides excellent corrosion resistance but also ensures longevity and durability in harsh environments.
In terms of maintenance, the Sharples AE-14VN2P is designed for ease of access, allowing operators to perform routine checks and servicing with minimal disruption. Its very good condition indicates that it has been well-maintained and is ready to be integrated into your production line. Investing in the Sharples AE-14VN2P Super centrifuge means investing in a reliable, high-performance solution that can significantly enhance your operational efficiency.
Key Features:
High-Speed Performance, Durable Construction, Easy Maintenance, Safety Features, Efficient Separation
Frequently Asked Questions
We're sorry, but this item has been sold.
Please consider the alternatives below.
